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An advanced Quantitative Sensory
Testing (QST)
stimulator for evaluating nerve
impairment in clinical, research and
pharmacological trials
The PATHWAY
model ATS
expands the functionality and
performance of Medoc's
TSA-II NeuroSensory Analyzer, and
offers optional add-on
fMRI compatibility.
The ATS
takes
QST to a new level, delivering
painful and non-painful stimuli at a
temperature range of -10ºC to 54ºC. This
opens new research opportunities in deep
cold and heat pain studies.
Like the TSA-II, the PATHWAY ATS is
available with
30x30mm and 16x16mm ATS Thermal
Stimulator Probes' ("Thermodes").
PATHWAY-ATS is available as a complete
mobile system on a uniquely designed
clinical cart, containing electronic
base unit, heavy-duty integrated cooling
unit, analog output, TTL input & output,
Digital Calibration Kit and
PATHWAY-ATS Advanced Thermal Stimulation
Software. |
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Useful in monitoring,
treating and testing in:
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Nerve root compression and
inflammation
•
Small-fiber allodynia in Complex
Regional Pain Syndrome (CRPS)
•
Central Nervous System
impairment in
difficult-to-diagnose patients
•
Early detection of
diabetic neuropathy of
small-caliber nerve fibers
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Effectiveness of growth factors,
aldosereductase inhibitors and
other new therapies.
•
Entrapment and toxic
neuropathies
•
Testing programs to detect
malingerers. |
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• I
Increased temperature range (-10ºC-54ºC)
on selected models
• Large (30x30mm / 16x16mm) thermode /
thermal stimulator for testing large
skin areas to reach greater receptor
fields
• Outcome-based color graphic reports
with automated narrative discussion of
test results for insurance and referral
networks
• Automatic comparison of test results
to normative reference data
• fMRI-compatibility (optional)
• Versatile WINDOWS™ based software with
a flexible selection range of test
paradigms for clinical, research and
drug trial requirements.
Software meets hospital requirements for maximum data security and remote
access for online service
• Fast setup, easy-to-use
• Modular design for easy upgrade
• Mobile |